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QV-band RF Front-End

    QV-band RF Front-End

    Receive a V-band uplink signal (including multiple service signals + 1 accompanying telecommand signal) from the antenna and perform low-noise amplification. Receive signals, amplify the power to ≥ 38.5 dBm, and output to the antenna. Internal power distribution and control. Configure power supply according to operational requirements and provide agreed telemetry data. Switching and telemetry functions. The solid-state amplifier includes switch control. Undervoltage protection, overtemperature protection, and output overcurrent protection.
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Description

Receive a V-band uplink signal (including multiple service signals + 1 accompanying telecommand signal) from the antenna and perform low-noise amplification. Receive signals, amplify the power to ≥ 38.5 dBm, and output to the antenna. Internal power distribution and control. Configure power supply according to operational requirements and provide agreed telemetry data. Switching and telemetry functions. The solid-state amplifier includes switch control. Undervoltage protection, overtemperature protection, and output overcurrent protection.

Technical Specifications

Test Item

Performance Indicator

Unit

Forward Input/Output Signal Frequency

QV-band

GHz

Reverse Input/Output Signal Frequency

QV-band

GHz

Forward Input/Output Level

Service Input: -87 to -57

Service Output: -40 to -10

dBm

Telecommand Input: -87 to -57  Telecommand Output: -40 to -10

dBm

Reverse Input/Output Level

Single Beam Input: -19±1

Single Beam Output: ≥ 32.5

dBm

Multi-Beam Input: -13±1

Multi-Beam Output: ≥ 38.5

dBm

Telemetry Input: -29±1

Telemetry Output: ≥ 22.5

dBm

Reverse EVM

≤ 7% (4 beams, 12 carriers, 16QAM)

%

Test Item

Performance Indicator

Unit

ACPR

≤ -20  (100MHz integration bandwidth;

adjacent channel spacing 100 MHz)

dBc

Forward In-Band Flatness

≤ 0.6 (any 240 MHz effective bandwidth);

≤ 2  (47.2~49.2 GHz)

dB

Reverse In-Band Flatness

≤ 0.6 @ 37.5~38 GHz

dB

Forward Out-of-Band Rejection

≤ -65 @ 37.5~40 GHz

dBc

Reverse Out-of-Band Rejection

≤ -52 @ 42.5~43.5 GHz

dBc

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